CAD Design in SolidWorks and CFD Analysis in ANSYS Fluent for Airborne Wind Energy Systems

I am working on a study that focuses on the design and analysis of Airborne Wind Energy (AWE) systems. The research aims to compare two types of AWE systems—kite-based systems and tethered balloon (aerostat) systems. The objective is to evaluate their aerodynamic performance and identify the most efficient design.
The project involves creating CAD models for each AWE system in SolidWorks and conducting CFD simulations using ANSYS Fluent to analyze their performance under various wind conditions.
Key Deliverables
1. CAD Models in SolidWorks:
o Design detailed 3D CAD models for the two AWE systems:
 Kite-Based System
 Tethered Balloon (Aerostat) System
o Ensure models are optimized for aerodynamic analysis, including critical features like airfoil shapes, tethers, and structural components.
o Deliver models in SolidWorks file format (.SLDPRT) and exported compatible formats (.STEP, .IGES) for CFD simulations.
2. CFD Simulations in ANSYS Fluent:
o Conduct CFD simulations for both CAD models to analyze:
 Lift-to-drag ratios.
 Pressure distribution and flow patterns.
 Energy capture efficiency.
 Stability under varying wind speeds (e.g., 8 m/s, 12 m/s, and 16 m/s).
o Provide simulation results, including:
 Contour plots for pressure and velocity.
 Flow streamlines around the structures.
 Force and moment coefficients (lift, drag, etc.).
3. Performance Comparison:
o Compare the aerodynamic performance of the two systems based on simulation results.
o Identify the most efficient design and highlight key findings.
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Requirements
• CAD Expertise: Proficiency in SolidWorks for creating detailed and accurate 3D models.
• CFD Expertise: Strong experience with ANSYS Fluent for setting up and analyzing simulations involving aerodynamics.
• Deliverables Format:
o SolidWorks files for CAD models.
o ANSYS Fluent project files and post-processed results.
• Technical Background: Strong understanding of aerodynamics and renewable energy systems.
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Timeline
• CAD Models: Delivered within 3 days of project start.
• CFD Simulations and Results: Delivered within 5 days of project start.
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Additional Notes
• Portfolio Required: Please include examples of previous projects involving SolidWorks and ANSYS Fluent.
• Regular Communication: I prefer regular updates to ensure alignment with the project objectives.
• Technical Support: Guidance on any necessary design adjustments or simulation setup will be appreciated.